Jarless Con Door Drive - Compress [PDF]

Zitiervorschau

 

 

XT0223S17017 Jarless-con Center-opening Permanent Magnetic VVVF Door Operator

O p e r a t i o n   I n s t r u c t i o n s  

使用说明书

   1

 

 

Adjustment steps  1 Positioning(This step has been completed before leaving the factory and is not required for the site. It requires repositioning if the motor or the inverter is changed. ) Place the door in the middle(it can't move the hall door), and turn SW2 to ON, SW3 to OFF, then press learn button key. In this case, the car door will move slightly. Positioning will be completed 5 seconds later. If the car door can't move when positioning, open the door a little then position again.

2 Auto tuning  Place the door in the middle, and turn SW2, SW3 to ON, then press learn button key. In this case, the auto tuning begins. The direction of movement is: closing the door- door closed limit-opening the door- door opened limit - closing the door- door closed limit -no hold torque, the auto ttuning uning finishes. If the door move towards the direction of opening, turn SW1 to the adverse condition. There's no arrival signal after reaching the closed or opened limit during auto tuning.

3 Demonstration operation  Turn SW2, SW3 to ON, and then press run button key. In this case, the door will move towards the direction of closing until it reaches the closed limit. Then press run button again to make the door repeat opening and closing. It'll output arrival signal after reaching the closed or opened limit during demonstration operation, check this signal and determine if the door operator works well. If there is no signal, ask for reasons according to the Failure Diagnosis Method 3.

4 Setting for normal mode Turn SW 2 to OFF, OFF, and the door begins to close until it reaches the closed limit. Wait Wait for the commands of opening or closing from the control system. If the torque is not kept after the door closed in place, ask for reasons according to practical phenomena and failure diagnosis methods are listed in table.

Failure Diagnosis Method 1 The door operator displays no power supply  supply  A：  if power switch is turned turned on B：  measure the voltage volta ge between L and N in P5 and confirm it's AC220V. AC220V. C：check the back of inverter, and confirm the wire between fuse and switch is not fallen off or loosen. If there exists no problems above, the inverter is damaged. 2 Judge of Motor damage Turn the inverter off, and push three-prong of motor out, measure the resistances in every two phases and each phase to the earth with multi meter. meter.

A: resistance errors of every two phases for U、V、W in motor ≤2% B: resistances of each phase to the earth is infinite. 3 There is no Arrival signal when demonstration operation

A：while the door is opened or closed, observe the status of corresponding arrival light. If it's on, go to B; if not, go to C. B：Pull P1 out and demonstrate the door operator, then measure the circuits in P1-1 and P1-2,or P1-1 and P1-3.If the circuits is normal, then the transducer is normal and the signal from the control system is 2

 

 

wrong(problems in wirings of control cabinet or parameters setting).If not, the transducer is damaged. C：The value of door width gain from auto tuning may be too large and is not got over when it reaches the opened limit. Check DR half range in 3311,if it's half opening door, this value will be half of actual door width added to 50mm.If it is side opening door, this value will be actual door width added to 50mm.If this value gain from auto tuning is different from calculated largely, largely, change this value manually.

4  No hold torque in control system mode  A: Control system mode(run command source in menu M3311 ,or set the value of F 0-2 as 4),this value is set before leaving factory. B: The door operator will close the door until closed limit and the torque is kept after adjusted in control system mode. The closing signal is required during this process.(Closing the door for the first time when power is turned on after turned off requires closing signal),the closing signal can be canceled when reaching door closed limit and the door operator works well after this. There is no closing signal in above situations, then there is no torque when reaching door closed limit.

 5 The speed is slow or the door crashes slightly when reaching the closed limit  A：  Door couple of M3315 or F4-18 is chosen parameters，closed lower speed curves of synchronous and asynchronous door cutter are different, choose parameters according to actual type of door cutter.

B:Problems are not resolved after choosing door cutter, then it may be curves parameters changed and we can initialize parameters to retest. Procedures as follow:  Turn SW2 to ON, SW3 to OFF, then press run button key for 3 seconds, opened and closed arriving signal lights twinkles 3 times, and initialization is complete. Adjust it again according to adjustment steps after initialization again(no positioning).

 6 Vibr Vibrating ating when door operator running   A：  pull out the motor plug, and judge if motor is damaged according to failure diagnosis method 2. B：change the first 4 parameters in menu M3312（or F1） ，that is PI，to 1000、800、1000、800.

             3

 

 

Instruction of Panel operation

Parameters list Function  Name  No. Monitoring parameter group (server menu 311) 0 Software version 1 Operation frequency 2 Motor rotation speed 3 Rotor position 4 Given velocity 5 Given output voltage 6 Given torque current 7 Output current 8 Upper digits of run count 9 Lower digits of run count 10 DC busbar voltage 11 Encoder position 12 UVW position 13 Current position 14 INPUT 1 15 INPUT 2 16 Open door input 17 Close door input 18 Stop F0 (server menu 3311)

Setting range

Default

0~50.00

※  ※  ※  ※  ※  ※ 

0~359.9 0~900V 1.0－> rated torque 0~999.9A

9999v 0~65536 00 00000

Field parameter Field Adjust)memory EEPROM0: disabled F0-0 adjustment Obstruction contact function 1: enabled 4

※  ※  ※  ※  ※  ※  ※  ※  ※  ※  ※  ※ 

0

 

 

Function  No. F0-1 F0-2 F0-3 F0-4 F0-5 F0-6

 Name

Setting range

Default

Running direction reverse RUN command source Door range Running distance at low speed of opened door arrival Open Startup unlock speed Open Startup unlock distance

0,1 0~7 0~65535 0～100

0 4 ■ 5

5~150mm/s 0~300mm

45/60/60 30/40/50

10~2048mm/s/s 10~2048mm/s/s/s 10~2048mm/s/s 10~2048mm/s/s/s 5~100mm/s 5~100

1000 1000 800 800 15/30/20 15/45/55

10~2048mm/s/s 10~2048mm/s/s/s 10~2048mm/s/s 10~2048mm/s/s/s 5~150mm/s 0 ~ 30.0% relay vibration resistance 0~9999

800 800 600 600 35 0 8888

0~10000 0~10000 0~10000 0~10000 0~100 0~100 0～66 (high and low) 0~3

400 300 400 300 5 5 33 0

0~200 0:VF 1: Asynchronous motor closed loop 2: Synchronous motor 0: DO/DC

45 2

F0-7 F0-8 F0-9 F0-10 F0-11 F0-12

Open Open Acceleration Acceleration speed fillet Open Deceleration speed Open Deceleration fillet Close Arrival speed Running distance at low speed of closed door arrival F0-13 Close Acceleration speed F0-14 Close Acceleration fillet F0-15 Close Deceleration speed F0-16 Close Deceleration fillet F0-17 Close Startup unlock speed F0-18 Close Startup unlock distance F0-19 Password F1 (server menu 3312)

Regulator parameter Regulator) F1-0 Proportion gain 1 (high speed) F1-1 Integration gain 1 (high speed) F1-2 Proportion gain 2 (low speed) F1-3 Integration gain 2 (low speed) F1-4 PI transferring threshold value F1-5 PI transferring band width F1-6 Speed feedback filter F1-7 Given proportional part filter of the torque reference F1-8 Coupler speed F1-9 Control method

F1-10

Feedback mode

F1-11 F1-12 F1-13 F113 F1-14 F114 F1-15 F115 F1-16 F116 F1-17 F117 F1-18 F118

Current loop KP Current loop KI Electr Electric ic tor torque que limit limit (open (open door) door) Brakin Braking g tor torque que lim limit it (open (open door) door) Electr Electric ic tor torque que lim limit it (clos (closee door) door) Brakin Braking g tor torque que limit limit (clos (closee door) door) Motor Motor overlo overload ad protec protection tion fac factor tor PVT PVT protec protectio tion n sen sensit sitivi ivity ty factor factor

1: ST code 0~9999 0~9999 0.0 0.00~2 0~2.50 .50 0.00~2 0.00~2.50 .50 0.00~2 0.00~2.50 .50 0.00~2 0.00~2.50 .50 0.1~2. 0.1~2.0 0 0~10 0~10 0：disable The larger the value is, the lower the sensitivity is.

0 512 150 2.5 2.50 0 2.5 2.50 0 2.5 2.50 0 2.5 2.50 0 1.2 0

F2 (server menu 3313) Motor parameter Motor Parameters) F2-0 Motor power

0.1~999.9 W

43.5/94.3

F2-1 F2-2 F2-3

2~100 1~9999 1.00Hz~99.99Hz

016 0180 24.00

Number of poles Motor rated rotation speed Motor rated frequency

5

 

 

Function  No. F2-4 F2-5 F2-6 F2-7 F2-8 F2-9 F2-10

 Name

Setting range

Default

Motor rated voltage Rated current Sheave_d gear_ratio Rope Magnetic pole original angle Stator resistor

0~999V 0.1~999.9 10~10000mm 1.0~100.0 1~6 0~65535 0.000~9.999 ohm

100/125 000.8/1.0 00045 001.0 1 ■ 7.730/2.790

F2-11 Stator resistor inductance F2-12 Rotor F2-13 Rotor inductance F2-14 Mutual inductance F2-15 No-load current F3 (server menu 3314) Drive parameter Drive Scaling Parameters) F3-0 Drive No. F3-1 Rated voltage F3-2 Rated current F3-3 Current adjusting coefficien coefficientt F3-4 Voltage adjusting adjusti ng coefficient F3-5 Current limit (overcurrent) F3-6 Busbar overvoltage point F3-7 Busbar undervoltage point

0.0~999.9mHohm 0.000~9.999 0.0~999.9mH 0.0~999.9mH 0.0~999.9A

357.0/252.4 5.230/1.820 357.0/252.4 325.0/240.6 001.0/2.7

0~100 0~1000 0.0~999.9 0.000~4.000 0.000~4. 0.000~4.000 000 0.0~999.9 0.00~2.00 0.00~1.00

000 0220 002.5 1.6 1.050 005.0 1.4 0.60

F3-8 F3-9

Input voltage coefficient Brake voltage

1.00 0.35

F3-10 F3-11 F3-12 F3-13 F3-14

Dead time PWM compensation Overshoot factor Carrier frequency Running time (hour)

F3-15

Running time (minute)

0.00~2.00 0.00~1.00 1.00:1000V 2~20 0.00~2.00 0~100 2～10 KHz 0~65535 H should be saved with  power down 0~59 MIN should be saved with power down

F4 (server menu 3315) Enhanced parameter Enhanced Parameters) F4-0 Open/close operation hold time

F4-1 F4-2 F4-3 F4-4

Power on operation speed Door range detection speed Close arrival respond time Open arrival respond time

F4-5

Arrival signal setting

F4-6 F4-7 F4-8 F4-9

Open Hold torque Close Hold torque Baffle detection identification time Baffle torque at high speed

F4-10

Close Retarding torque at

0~99.9s 0: keep continuous operation Others: stop when the time is up 10~100mm/s 10~100mm/s 200~3000ms 500~3000ms Hold torque after arrival 0：with open arrival and close arrival 1：without open arrival but close arrival 2：without open arrival or close arrival 0~200.0% 0~200.0% 0~999ms 0： No function 0~200.0% Baffle torque during acceleration 0~200.0% 6

03 1.00 100 10

※  ※ 

00.0

0050 0050 1400 800 1

100.0% Twist Switch 200 180.0% 160.0%

 

 

Function  No.

 Name

Setting range

F4-11

constant speed Baffle torque at low speed

F4-12 F4-13 F4-14

RY1 function selection RY2 function selection RY3 function selection

Retarding torque for when ACC = 0 0~200.0% Baffle torque during deceleration 0: open arrival signal (switch or pulse) 1: close arrival signal (switch or pulse) 2: fault output 3: baffle detection output 4: open door output 5: close door output 6: limited open arrival signal 7:Direct output while close limit

F4-15 F4-16 F4-17 F4-18

Open Arrival position Open Speed Open Arrival speed Door cutter selection

F4-19 F4-20 F4-21

Close Arrival position Close Speed Reverse open door Deceleration speed Reverse open door Deceleration fillet Demonstration door open hold time Demonstration door close hold time Manual acceleration acceleration Manual deceleration Manual speed Master and slave status setting

F4-22 F4-23 F4-24 F4-25 F4-26 F4-27 F4-28

F4-29 Empty F5 (server menu 3316) (VF parameter) F5-0 AD OFFSET F5-1 Torque Tor que boost F5-2

mode

Automatic torque compensation

Default

150.0% 0 1 2

8:Delay 0.5S output after close limit 9:Delay 1S output after close limit 0~1000mm 0~1000mm/s 5~50mm/s 0：Asynchronous door cutter 1：Synchronous door cutter 3：Synchronous door cutter 0~1000mm 0~1000mm/s 500~9999mm/s/s

5 508 5000

500~9999mm/s/s/s

5000

0~999.9s

003.0

10 0508 020 3

0~999.9s 10~2048mm/s2 10~2048mm/s2 0~999mm/s 0：Master status. Reopening door is  possible 1：Slave status. Reopening door is impossible 0

003.0 0300 0500 0050 0

00000

0~2

0

0~2.50

1.5

0~100S

limit

35

F5-3

AD

OFFSET

W

0~999

465

F5-4

AD

OFFSET

V

0~999

465

F5-5 F5-6

DZ delay ms

0~9999

Force open EN

0,1

7

800 1

 

 

Checking fault Check the fault code (F6) with the operator. See the following table for common fault related information (code of common fault): Operator serial No. 

Name of correspondent fault 

Solution 

DC link OVT

1，  Transduce Transducerr has foreign objects dropping into it 2，  Any two of the three phases of the motor is short circuit 1，  Encoder circuit of transducer is abnormal 2，  Connection wire of encoder is disconnected or short circuit 1，  Something suffocates the process of opening and closing door 2，  Motor lacks phase during running of door operator 1，  Input voltage is too high 2，  Any one of the three phases of

POWER LOST

motor is short connected to ground Input power supply is low

1 BASE FAULT 4 PVT lost 5 MOTOR OVERLOAD 7

8

Possible cause 

1，  Clear away the foreign objects 2， Check Check motor power line

1， Replace Replace transducer 2， Check Check encoder connecting wire 1， Check Check for foreign objects or mechanical blockage 2， Check Check motor power line 1， Check Check input power supply voltage ， Check motorpower powersupply, line it 2  Check Check the input should be AC 220 V±20%

Main parts list spare part list

 



 Name

contact switch-plug

Drawing no. of parts

sketch

XTA4386ADC002 

contact switch-socket

XTA4386ADC001 

Hanging board adjusting roller 

XTA3117AHF001 

8

 

 

Hanging board roller 

XTA3117AHE001 

 

Tension components 

XTA4522ABT/

XTA3052AAN003  XTA3052AAN003 

Motor

XTA4522ABX 

XTA3369AAE XT A3369AAE

Magnetic switch component (used with safety edges for door)

XTA3370AAA XT A3370AAA

Magnet component (used with safety edges for door)

XTA2702AAE

Synchronous belt

Installation of the synchronous door cutter

XTB4215AAL--- （length is needed when buying it）



  XTA3446ADE/ XTA3446ADH

Wire guard chain

Frequency converter

XTA4284AFB--- （length is needed when buying it） 

 

9



 

 

Installation instruction for door operators 

1

Defining parameters  OP- clear door width；OPH- clear door height；E-hall door sill width；L1-installation space of door

operator ，that is distance from mounting surface of door operator bracket to car door sill.

：  parameters of door operators

Types center-opening 

E

L1

60

95

75

110

table 1

2

Look over complete picture and determine installation sizes 

According to door operator specifications, determine sizes such as installation height of door operator,   height of door board and installation position of door operator according to door operator specifications combining with complete picture. Complete pictures are shown as follow.  follow. 

Figure 2-1

General illustration of door operator installation

(Installation of the synchronous door cutter of integrated car door lock)

3

Install the mounting bracket on car

Take bracket and fixings out, and mount bracket on the car straight beam or C type groove of car roof according to actual installation of door operator. a、 Installation Installation of the straight beam and upright   10

 

 

①  The cross bar is fixed on the straight beam, and the upright is fixed on the bottom of the car when installing of upright, then pre-tighten the bolts.

②  The door operator mounting bracket is fixed on the cross bar  ③

  Make value of L1 meet the requirement (refer to table 1) through regulating bolts at both end of straight beam, and tighten the bolts

④

  Adjust the bolts on mounting bracket, Adjust the height of bracket to ensure the verticality of the mounting  bracket.

b、 Installation Installation of car roof   ①  The top mounting brackets is fixed on C type groove of car roof. ②  Adjust the horizontal spacing of the top mounting brackets, and make it symmetrical with the door center. ③  Adjust the distance between the mounting bracket surface and the front edge of the door sill to make value of

L1 meet the requirement (refer to table table 1) .

  Fig.2

Fig3

Installation of the straight beam of door operator  

Installation illustration of upright of door operator   11

 

 

fig.4

 fig.5

4 ①

Installation illustration of car roof of door operator

Install the door operator on the mounting brackets  

  The door operator is connected to the mounting bracket, pre-tighten the nut on the mounting bracket.

②  Adjust the height and levelness of door operator ,The distance from the surface of the hanging board to . the surface of the floor . ③

  Adjust the center of the door operator, and make it coincide with door center.

④

  Tighten the nut on the door operator.

5 ①

Hang the door plate on the door operator  

  The door slider in the plastic bag is mounted to the door plate.

②  Connect the door plate to the hang board and tighten the bolts. ③  Adjust the the verticality of the hang board. If the hanging board is inclined, the plug can be inserted into the connecting point of the hanging board and the door plate.

④  Adjust the clearance of the lower roller of the hanging board and the rail to 0.1~0.3 mm  ⑤

  Adjust the verticality of the two plates, and the distances between the door plate and the front wall of the car and the sill of the car.

12

 

 

fig.6

 fig.7

6

Install door cutter on door operator 

(Attention：The door cutter is assembled when leaving the factory, and this tips is needed if it requires)  a、Installation of the synchronous door cutter  

13

 

 

fig.8

7 ①

Installation of rod of door operator 

  The hooks are respectively arranged arranged on the upper beam and cross bar bar.. If the reinforcing rod is configured, configured, and another hook are need to be installed on the door operator operator and the bar respectively respectively..

②

  The pull rod (long) is installed on the two hooks of upper beam and cross bar, adjust the tension degree and ensure that the pull rod is just tightened and can't pull up the front front section of the cross bar. bar. If the reinforcing rod is configured, install reinforcing rod on the two hooks of upper beam and cross bar, then adjust the tension degree of reinforcing rod

③  Check the verticality of door, gap of the door panel and the front wall after pull rod assembly is installed, if there is a change, trim pull rod until the verticality and the gap meet the requirements.

8

Wiring of door protection 

a. Wiring of the safety edge   When the safety edge is fitted, its wiring is in accordance with figure 9. When the light curtain is fitted, its wiring is in accordance with figure 10.The cable should be tied securely with tape in reverse pulling fashion on the car door and connected to the control circuit through the drag chain by means of the bracket of drag chain.  to control circuit to control circuit

fig.9fig.10fig.11  14

 

 

 

b、Installation requirements of the light curtain  1. The surface at the bottom of the light curtain should be flush with that of the fixing bracket, and the distance  between the surface at the bottom of the light curtain and the surface at the bottom of the car door board should  be 10 mm at least; The two light curtains should be 10 to 20 mm apart from each other when the door is i s closed; All the mounting holes of the light curtain should be fixed on the door leaves. 2. The light curtain line should be fixed securely along the strengthening rib of the door board with tape in reverse pulling fashion, and then it is connected to the junction box of light-beam curtain on the car roof. 3. After the light curtain is installed, it should be grounded. The ground line is connected to the car door with  bolts and is made into a loop connected connected with the ground line on the car roof.

Care and maintenance Regular maintenance items of door operator

It's necessary to care and maintain the door operator regularly to ensure its reliable running, and maintenance contents are refer to the table below.  NO. 1 2

2

items

contents

Door guide shoe

Adjust interval of door guide shoe and sill groove, groove, and observe degree of wear

Regulating wheel at bottom of hang

Adjust interval of side wheel at bottom and railway, observe degree of wear wheel

3

Hang wheel

observing running situation of

4

Railway

clear surface of railway, add gear grease grease and  and observe degree of wear

5

Synchronous belt

observe and Adjust degree of tightening

6

Steel wire rope

7

Contact switch

observe if switch contacts well and adjust relative position

8

Drag chain

observe condition of chains and if chains are fixed firmly

9

Cable

observe if cable is broken

observe and Adjust condition of ropes, degree of tightening and compaction degree of clamp

Changed standard of easily damaged parts  Changed standard of easily damaged parts  NO.  Name 1 2 3

3

Contact switch Door guide shoe Regulating wheel at  bottom of hang hang board

Changed sstandard tandard plastic shell is broken, spring fingers turn black abrasion of door guide shoes is serious, door plate vibrates while running the rotation is not smooth or worn badly

4

Wheel of Hang board

abrasion of polyurethane is serious, wheel shakes and rotates with a abnormal sound

5

Synchronous belt

synchronous belt is worn badly or has obvious cracks

6

Synchronous pulley

the rotation is not smooth, along with a clear sound and axial shaking

8

Steel wire rope

fluffed or broken

9

Drag chain

chains are broken

Determining standard of wastes

1.  Plastic deformation occurs on mechanical parts of door operator because of transportation, installation or abnormal failure 2.  Abrasion, distortion deformation occurs on mechanical parts of door operator used for a long time and it 15

 

 

leads to open open or close door abnormally even work with noise, changing

easily damaged

parts can't meet

requirements yet. 3.  Controller and motor beyond of life cycles can't replaced with spare parts when it appear s failures. 

16